CN114363325B - Cloud desktop system management and control method and system - Google Patents
Cloud desktop system management and control method and system Download PDFInfo
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Abstract
The invention discloses a cloud desktop system management and control method and a cloud desktop system management and control system, wherein the cloud desktop system management and control method comprises the following steps: determining the priority of each user terminal according to connection applications sent by different user terminals, acquiring configuration information of each user terminal according to a priority ordering result, deploying an adaptive cloud desktop system client for each user terminal based on the configuration information of each user terminal, and distributing reasonable system resources for the corresponding user terminal of each cloud desktop system client according to the working state of the corresponding user terminal. The service demand of each user terminal on the cloud desktop system can be effectively determined, and the working efficiency of the user terminal is further guaranteed. Each user terminal can stably operate the cloud desktop system client, and stability is improved. The system resources occupied by a certain user terminal can be distributed to other user terminals when the user terminal is at leisure, so that effective utilization of the system resources is ensured, each user terminal can work, and experience of users is improved.
Description
Technical Field
The invention relates to the technical field of big data platform information, in particular to a cloud desktop system management and control method and system.
Background
The information development is today, and the PC becomes a necessary office equipment for every enterprise, however, as the PC is popularized and used, more and more problems and challenges are exposed. In the traditional PC office mode, the problems of PC hardware damage, operating system faults, complicated software updating and the like increase the workload of an administrator and also increase the maintenance cost of a company. For enterprises that need frequent replacement and updating of PCs, an administrator needs to do the same work for each PC because the PCs cannot be centrally managed.
With the development of internet technology, cloud computing and cloud storage are increasingly focused by the IT world, and the application of the cloud computing and cloud storage is gradually promoted, so that a great amount of good scores are obtained. Cloud desktop technology has gradually tended to mature in recent years because cloud desktops have data security. The method is green and environment-friendly. Unified operation and maintenance, convenient management, everywhere use, switchability and the like, the cloud desktop system is used by the enterprises which are increasingly used at present for office work, and in the use process of enterprise personnel, because the system resources are fixed, the system resources are distributed in tension under the condition of extremely large number of the users, so that part of the staff cannot work normally, and the use experience is reduced.
Disclosure of Invention
Aiming at the problems displayed in the prior art, the invention provides a cloud desktop system management and control method and a cloud desktop system management and control system, which are used for solving the problems that in the use process of enterprise personnel, the system resources are fixed, so that the system resources are distributed in tension under the condition of extremely large number of users, so that part of the staff cannot work normally, and the use experience is reduced.
A cloud desktop system management and control method comprises the following steps:
Determining the priority of each user terminal according to the connection application sent by different user terminals;
acquiring configuration information of each user terminal according to the priority ordering result;
Deploying an adaptive cloud desktop system client for each user terminal based on the configuration information of the user terminal;
and distributing reasonable system resources to the user terminals corresponding to the cloud desktop system clients according to the working states of the user terminals.
Preferably, the determining the priority of each ue according to the connection application sent by the different ue includes:
before receiving a connection application sent by each user terminal, acquiring current identity information of a person to which each user terminal belongs;
Setting a first priority label for the connection application of each user terminal according to the current identity information corresponding to each user terminal;
Determining a to-be-operated item corresponding to the connection application of each user terminal and setting a second priority label for the connection application of each user terminal according to the to-be-operated item;
And comprehensively sequencing the priorities of the user terminals sending the connection application according to the first priority label and the second priority label corresponding to each user terminal.
Preferably, the obtaining the configuration information of each user terminal according to the prioritized result includes:
classifying the user terminals according to the priority ordering result to obtain a classification result;
determining the ip address and the terminal number of each user terminal in each category;
Searching by using a preset server according to the ip address and the terminal number of each terminal to obtain domain name information and software and hardware information of each user terminal;
and confirming the domain name information and the software and hardware information of each user terminal as the configuration information of the user terminal.
Preferably, the cloud desktop system client adapted for deployment based on the configuration information of each user terminal includes:
determining a target operating system of each user terminal according to the configuration information of the user terminal;
Screening a first cloud desktop client with optimal adaptation degree from a preset client database according to a target operating system of each user terminal;
obtaining a test operation result of each user terminal for the adaptive first cloud desktop client, and evaluating the compatibility between the user terminal and the corresponding first cloud desktop client according to the test operation result;
Reselecting a second desktop client with the same type as the first cloud desktop client to replace the first cloud desktop client by a target user terminal with the compatibility of lower middle and higher middle;
and deploying the first cloud desktop client and the second desktop client to corresponding user terminals.
Preferably, after deploying the first cloud desktop client and the second desktop client to the respective user terminals, the method further includes:
Determining the client types corresponding to the first cloud desktop client and the second desktop client respectively;
According to the client types corresponding to the cloud desktop data, corresponding cloud desktop data are called from the background;
mapping cloud desktop data corresponding to each of the first cloud desktop client and the second desktop client into virtual content images of the first cloud desktop client and the second cloud desktop client;
After mapping is finished, starting an operation component corresponding to each user terminal according to the data type of cloud desktop data corresponding to each of the first cloud desktop client and the second cloud desktop client.
Preferably, for each user terminal to which the cloud desktop system client corresponds, reasonable system resources are allocated to the user terminal according to the working state of the user terminal, including:
monitoring the traffic service condition of each affiliated user terminal corresponding to each cloud desktop system client;
Determining a system resource allocation proportion according to the traffic service condition of each affiliated user terminal corresponding to each cloud desktop system client;
Distributing target system resources with corresponding proportion to each affiliated user terminal corresponding to each cloud desktop system client according to the system resource distribution proportion;
Constructing a system resource utilization line diagram of each affiliated user terminal according to the system resource utilization condition of each affiliated user terminal corresponding to each cloud desktop system client;
Determining a mapping point of which the system resource usage is zero and which lasts for a target duration in a system resource usage line diagram of each affiliated user terminal;
And distributing the target system resources corresponding to the user terminals of which the mapping points appear to other user terminals of the target cloud desktop system client corresponding to the user terminals.
Preferably, the method further comprises:
Detecting the service condition of each user terminal on a deployed cloud desktop system client in real time;
evaluating the working progress of each user terminal according to the service condition of the user terminal to the cloud desktop system client;
When the working progress of each user terminal is confirmed to be finished, collecting improvement suggestions fed back by each user terminal and sending a prompt for downloading and storing cloud desktop resource data to each user terminal;
formatting each cloud desktop system client, and recovering each cloud desktop system client after formatting.
Preferably, after the corresponding cloud desktop data is called from the background according to the client types corresponding to the two cloud desktop data, the method further comprises:
Layering the data of each cloud desktop data to obtain layering results;
Judging the first sub-data in each layering, and determining heterogeneous data in each cloud desktop data according to a judging result so as to determine heterogeneous data layers in layering results;
Acquiring parameter information corresponding to second sub-data in the heterogeneous data layer;
determining standard attribute information of the second sub data in normal data dimension according to the parameter information;
Determining linear abstract feature representation of heterogeneous data in cloud desktop data according to standard attribute information of the second sub data in normal data dimension;
generating a storage benefit matrix of the heterogeneous data in the cloud desktop data according to the linear abstract feature representation of the heterogeneous data;
according to the type of each matrix factor in the storage benefit matrix;
Determining a data tag of heterogeneous data according to the type of each matrix factor;
detecting gateway information of the user terminal corresponding to each cloud desktop data, and determining an encapsulation form of the cloud desktop data corresponding to each user terminal based on the gateway information and a data tag of heterogeneous data;
And encapsulating the cloud desktop data of the user terminal by using an encapsulation form of the cloud desktop data corresponding to each user, and preparing mapping work after encapsulation is finished.
A cloud desktop system management and control system, the system comprising:
the determining module is used for determining the priority of each user terminal according to the connection application sent by different user terminals;
The acquisition module is used for acquiring the configuration information of each user terminal according to the priority ordering result;
The deployment module is used for deploying the adaptive cloud desktop system client for each user terminal based on the configuration information of the user terminal;
and the distribution module is used for distributing reasonable system resources to the user terminals corresponding to the cloud desktop system clients according to the working states of the user terminals.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description and drawings.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate the invention and together with the embodiments of the invention, serve to explain the invention.
FIG. 1 is a workflow diagram of a method for controlling a cloud desktop system according to the present invention;
FIG. 2 is another workflow diagram of a method for controlling a cloud desktop system according to the present invention;
FIG. 3 is a further workflow diagram of a method for controlling a cloud desktop system according to the present invention;
Fig. 4 is a schematic structural diagram of a management and control system of a cloud desktop system provided by the present invention.
Detailed Description
Reference will now be made in detail to exemplary embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, the same numbers in different drawings refer to the same or similar elements, unless otherwise indicated. The implementations described in the following exemplary examples are not representative of all implementations consistent with the present disclosure. Rather, they are merely examples of apparatus and methods consistent with some aspects of the present disclosure as detailed in the accompanying claims.
The information development is today, and the PC becomes a necessary office equipment for every enterprise, however, as the PC is popularized and used, more and more problems and challenges are exposed. In the traditional PC office mode, the problems of PC hardware damage, operating system faults, complicated software updating and the like increase the workload of an administrator and also increase the maintenance cost of a company. For enterprises that need frequent replacement and updating of PCs, an administrator needs to do the same work for each PC because the PCs cannot be centrally managed.
With the development of internet technology, cloud computing and cloud storage are increasingly focused by the IT world, and the application of the cloud computing and cloud storage is gradually promoted, so that a great amount of good scores are obtained. Cloud desktop technology has gradually tended to mature in recent years because cloud desktops have data security. The method is green and environment-friendly. Unified operation and maintenance, convenient management, everywhere use, switchability and the like, the cloud desktop system is used by the enterprises which are increasingly used at present for office work, and in the use process of enterprise personnel, because the system resources are fixed, the system resources are distributed in tension under the condition of extremely large number of the users, so that part of the staff cannot work normally, and the use experience is reduced.
A cloud desktop system management and control method, as shown in figure 1, comprises the following steps:
Step S101, determining the priority of each user terminal according to connection applications sent by different user terminals;
step S102, acquiring configuration information of each user terminal according to a priority ordering result;
Step S103, deploying an adaptive cloud desktop system client for each user terminal based on the configuration information of the user terminal;
Step S104, aiming at the user terminal corresponding to each cloud desktop system client, reasonable system resources are allocated for the user terminal according to the working state of the user terminal.
The working principle of the technical scheme is as follows: determining the priority of each user terminal according to connection applications sent by different user terminals, acquiring configuration information of each user terminal according to a priority ordering result, deploying an adaptive cloud desktop system client for each user terminal based on the configuration information of each user terminal, and distributing reasonable system resources for the corresponding user terminal of each cloud desktop system client according to the working state of the corresponding user terminal.
The beneficial effects of the technical scheme are as follows: the priority of each user terminal is determined, so that the use requirement of each user terminal on the cloud desktop system can be effectively determined, the working efficiency of the user terminal is further guaranteed, further, by deploying a proper cloud desktop system client for each user terminal, each user terminal can stably operate the cloud desktop system client, stability is improved, further, by distributing reasonable system resources for each user terminal according to the working state of each user terminal, the occupied system resources of each user terminal can be distributed to other user terminals when a certain user terminal is at leisure, effective utilization of the system resources and office work of each user terminal are guaranteed, the experience of users is improved, and the problems that in the prior art, in the use process of enterprise personnel, because the system resources are fixed, the system resources are distributed in a shortage mode under the condition of extremely large number of users, part of the workers cannot work normally are solved, and the use experience is reduced are solved.
In one embodiment, as shown in fig. 2, the determining the priority of each ue according to the connection application sent by the different ues includes:
step S201, before receiving a connection application sent by each user terminal, acquiring current identity information of a person to which each user terminal belongs;
Step S202, setting a first priority label for a connection application of each user terminal according to current identity information corresponding to each user terminal;
Step S203, determining a to-be-operated item corresponding to the connection application of each user terminal and setting a second priority label according to the to-be-operated item;
Step S204, the priorities of the user terminals sending the connection applications are comprehensively ordered according to the first priority label and the second priority label corresponding to each user terminal.
The beneficial effects of the technical scheme are as follows: the priority labels are set for the user terminals according to the to-be-operated items of the user terminals and the current identity information of the affiliated staff to determine the priority ordering of the user terminals, so that the priority use authority of the user terminals to the cloud desktop system client can be comprehensively and objectively estimated, and the practicability is improved.
In one embodiment, as shown in fig. 3, the obtaining the configuration information of each user terminal according to the prioritized result includes:
Step S301, classifying the user terminals according to the priority ordering result to obtain a classification result;
step S302, determining the ip address and the terminal number of each user terminal in each category;
Step S303, searching by using a preset server according to the ip address and the terminal number of each terminal to obtain domain name information and software and hardware information of each user terminal;
Step S304, the domain name information and the software and hardware information of each user terminal are confirmed as the configuration information of the user terminal.
The beneficial effects of the technical scheme are as follows: the factory software and hardware information and domain name information of each user terminal can be obtained by utilizing the searching function of the preset server according to the ip address and the terminal number of each user terminal, so that the obtaining result is more accurate and practical.
In one embodiment, the cloud desktop system client adapted for deployment based on the configuration information of each user terminal includes:
determining a target operating system of each user terminal according to the configuration information of the user terminal;
Screening a first cloud desktop client with optimal adaptation degree from a preset client database according to a target operating system of each user terminal;
obtaining a test operation result of each user terminal for the adaptive first cloud desktop client, and evaluating the compatibility between the user terminal and the corresponding first cloud desktop client according to the test operation result;
Reselecting a second desktop client with the same type as the first cloud desktop client to replace the first cloud desktop client by a target user terminal with the compatibility of lower middle and higher middle;
and deploying the first cloud desktop client and the second desktop client to corresponding user terminals.
The beneficial effects of the technical scheme are as follows: the optimal cloud desktop client can be deployed for each user terminal according to the operating system of the user terminal, so that the user terminal can effectively control and use the cloud desktop client, further, whether the user terminal is compatible with the corresponding first cloud desktop client or not can be determined by testing the compatibility between the user terminal and the first cloud desktop client, the occurrence of data loss caused by unexpected faults in the use process is avoided, and the safety and stability are improved.
In one embodiment, after deploying the first cloud desktop client and the second desktop client onto the respective user terminals, the method further comprises:
Determining the client types corresponding to the first cloud desktop client and the second desktop client respectively;
According to the client types corresponding to the cloud desktop data, corresponding cloud desktop data are called from the background;
mapping cloud desktop data corresponding to each of the first cloud desktop client and the second desktop client into virtual content images of the first cloud desktop client and the second cloud desktop client;
After mapping is finished, starting an operation component corresponding to each user terminal according to the data type of cloud desktop data corresponding to each of the first cloud desktop client and the second cloud desktop client.
The beneficial effects of the technical scheme are as follows: the cloud desktop data corresponding to the first cloud desktop client and the second desktop client are called, so that the first cloud desktop client and the second desktop client can perform complete display and operation on each user terminal, stability and working efficiency are further improved, and further, stable control of the user terminals on the cloud desktop system client can be further guaranteed by starting the operation assembly corresponding to each user terminal, and working efficiency is improved.
In one embodiment, for each user terminal to which each cloud desktop system client corresponds, reasonable system resources are allocated to the user terminal according to the working state of the user terminal, including:
monitoring the traffic service condition of each affiliated user terminal corresponding to each cloud desktop system client;
Determining a system resource allocation proportion according to the traffic service condition of each affiliated user terminal corresponding to each cloud desktop system client;
Distributing target system resources with corresponding proportion to each affiliated user terminal corresponding to each cloud desktop system client according to the system resource distribution proportion;
Constructing a system resource utilization line diagram of each affiliated user terminal according to the system resource utilization condition of each affiliated user terminal corresponding to each cloud desktop system client;
Determining a mapping point of which the system resource usage is zero and which lasts for a target duration in a system resource usage line diagram of each affiliated user terminal;
And distributing the target system resources corresponding to the user terminals of which the mapping points appear to other user terminals of the target cloud desktop system client corresponding to the user terminals.
The beneficial effects of the technical scheme are as follows: real-time system resource allocation can be reasonably carried out on each user terminal, so that stable operation of each cloud desktop system client is ensured, and stability and experience of users are further improved.
In one embodiment, the method further comprises:
Detecting the service condition of each user terminal on a deployed cloud desktop system client in real time;
evaluating the working progress of each user terminal according to the service condition of the user terminal to the cloud desktop system client;
When the working progress of each user terminal is confirmed to be finished, collecting improvement suggestions fed back by each user terminal and sending a prompt for downloading and storing cloud desktop resource data to each user terminal;
formatting each cloud desktop system client, and recovering each cloud desktop system client after formatting.
The beneficial effects of the technical scheme are as follows: the method has the advantages that important data can be prevented from being lost by sending a prompt for downloading and storing cloud desktop resource data to the user terminal, confidentiality is improved, and furthermore, the using trace of each cloud desktop system client can be erased by formatting the cloud desktop system client, so that the next using fluency of each cloud desktop system client is guaranteed, and meanwhile, the use condition of the whole memory of the system is reduced.
In one embodiment, after retrieving corresponding cloud desktop data from the background according to their respective corresponding client types, the method further comprises:
Layering the data of each cloud desktop data to obtain layering results;
Judging the first sub-data in each layering, and determining heterogeneous data in each cloud desktop data according to a judging result so as to determine heterogeneous data layers in layering results;
Acquiring parameter information corresponding to second sub-data in the heterogeneous data layer;
determining standard attribute information of the second sub data in normal data dimension according to the parameter information;
Determining linear abstract feature representation of heterogeneous data in cloud desktop data according to standard attribute information of the second sub data in normal data dimension;
generating a storage benefit matrix of the heterogeneous data in the cloud desktop data according to the linear abstract feature representation of the heterogeneous data;
according to the type of each matrix factor in the storage benefit matrix;
Determining a data tag of heterogeneous data according to the type of each matrix factor;
detecting gateway information of the user terminal corresponding to each cloud desktop data, and determining an encapsulation form of the cloud desktop data corresponding to each user terminal based on the gateway information and a data tag of heterogeneous data;
And encapsulating the cloud desktop data of the user terminal by using an encapsulation form of the cloud desktop data corresponding to each user, and preparing mapping work after encapsulation is finished.
The beneficial effects of the technical scheme are as follows: the encapsulation form of each cloud desktop data can be completely mapped to each user terminal without errors by determining the encapsulation form of each cloud desktop data, so that the mapping stability is ensured, and furthermore, the fault tolerance can be improved by determining the encapsulation form by taking heterogeneous data as a reference, so that the encapsulated cloud desktop data is free from omission, and the data integrity is ensured.
The embodiment also discloses a cloud desktop system management and control system, as shown in fig. 4, the system includes:
a determining module 401, configured to determine a priority of each user terminal according to connection applications sent by different user terminals;
An obtaining module 402, configured to obtain configuration information of each user terminal according to the prioritized result;
A deployment module 403, configured to deploy an adapted cloud desktop system client for each user terminal based on the configuration information of the user terminal;
and the allocation module 404 is configured to allocate reasonable system resources to the user terminals corresponding to each cloud desktop system client according to the working states of the user terminals.
The working principle and the beneficial effects of the above technical solution are described in the method claims, and are not repeated here.
Other embodiments of the disclosure will be apparent to those skilled in the art from consideration of the specification and practice of the disclosure disclosed herein. This application is intended to cover any adaptations, uses, or adaptations of the disclosure following, in general, the principles of the disclosure and including such departures from the present disclosure as come within known or customary practice within the art to which the disclosure pertains. It is intended that the specification and examples be considered as exemplary only, with a true scope and spirit of the disclosure being indicated by the following claims.
It is to be understood that the present disclosure is not limited to the precise arrangements and instrumentalities shown in the drawings, and that various modifications and changes may be effected without departing from the scope thereof. The scope of the present disclosure is limited only by the appended claims.
Claims (8)
1. The cloud desktop system management and control method is characterized by comprising the following steps of:
Determining the priority of each user terminal according to the connection application sent by different user terminals;
acquiring configuration information of each user terminal according to the priority ordering result;
Deploying an adaptive cloud desktop system client for each user terminal based on the configuration information of the user terminal;
aiming at the user terminal corresponding to each cloud desktop system client, reasonable system resources are allocated for the cloud desktop system client according to the working state of the cloud desktop system client;
the cloud desktop system client adapted for deployment based on the configuration information of each user terminal comprises:
determining a target operating system of each user terminal according to the configuration information of the user terminal;
Screening a first cloud desktop client with optimal adaptation degree from a preset client database according to a target operating system of each user terminal;
obtaining a test operation result of each user terminal for the adaptive first cloud desktop client, and evaluating the compatibility between the user terminal and the corresponding first cloud desktop client according to the test operation result;
reselecting a second desktop client with the same type as the first cloud desktop client to replace the first cloud desktop client by a target user terminal with the compatibility of lower-middle and lower-middle;
and deploying the first cloud desktop client and the second desktop client to corresponding user terminals.
2. The cloud desktop system management and control method according to claim 1, wherein determining the priority of each user terminal according to the connection application sent by the different user terminals includes:
before receiving a connection application sent by each user terminal, acquiring current identity information of a person to which each user terminal belongs;
Setting a first priority label for the connection application of each user terminal according to the current identity information corresponding to each user terminal;
Determining a to-be-operated item corresponding to the connection application of each user terminal and setting a second priority label for the connection application of each user terminal according to the to-be-operated item;
And comprehensively sequencing the priorities of the user terminals sending the connection application according to the first priority label and the second priority label corresponding to each user terminal.
3. The cloud desktop system management and control method according to claim 1, wherein the obtaining the configuration information of each user terminal according to the prioritized results includes:
classifying the user terminals according to the priority ordering result to obtain a classification result;
determining the ip address and the terminal number of each user terminal in each category;
Searching by using a preset server according to the ip address and the terminal number of each terminal to obtain domain name information and software and hardware information of each user terminal;
and confirming the domain name information and the software and hardware information of each user terminal as the configuration information of the user terminal.
4. The cloud desktop system management and control method of claim 1, wherein after deploying the first cloud desktop client and the second desktop client to the respective user terminals, the method further comprises:
Determining the client types corresponding to the first cloud desktop client and the second desktop client respectively;
According to the client types corresponding to the cloud desktop data, corresponding cloud desktop data are called from the background;
mapping cloud desktop data corresponding to each of the first cloud desktop client and the second desktop client into virtual content images of the first cloud desktop client and the second cloud desktop client;
After mapping is finished, starting an operation component corresponding to each user terminal according to the data type of cloud desktop data corresponding to each of the first cloud desktop client and the second cloud desktop client.
5. The cloud desktop system management and control method according to claim 1, wherein, for each user terminal to which each cloud desktop system client corresponds, reasonable system resources are allocated according to the working state of the user terminal, including:
monitoring the traffic service condition of each affiliated user terminal corresponding to each cloud desktop system client;
Determining a system resource allocation proportion according to the traffic service condition of each affiliated user terminal corresponding to each cloud desktop system client;
Distributing target system resources with corresponding proportion to each affiliated user terminal corresponding to each cloud desktop system client according to the system resource distribution proportion;
Constructing a system resource utilization line diagram of each affiliated user terminal according to the system resource utilization condition of each affiliated user terminal corresponding to each cloud desktop system client;
Determining a mapping point of which the system resource usage is zero and which lasts for a target duration in a system resource usage line diagram of each affiliated user terminal;
And distributing the target system resources corresponding to the user terminals of which the mapping points appear to other user terminals of the target cloud desktop system client corresponding to the user terminals.
6. The cloud desktop system management method of claim 1, further comprising:
Detecting the service condition of each user terminal on a deployed cloud desktop system client in real time;
evaluating the working progress of each user terminal according to the service condition of the user terminal to the cloud desktop system client;
When the working progress of each user terminal is confirmed to be finished, collecting improvement suggestions fed back by each user terminal and sending a prompt for downloading and storing cloud desktop resource data to each user terminal;
formatting each cloud desktop system client, and recovering each cloud desktop system client after formatting.
7. The cloud desktop system management and control method of claim 4, wherein after retrieving corresponding cloud desktop data from the background according to respective corresponding client types of the two, the method further comprises:
Layering the data of each cloud desktop data to obtain layering results;
Judging the first sub-data in each layering, and determining heterogeneous data in each cloud desktop data according to a judging result so as to determine heterogeneous data layers in layering results;
Acquiring parameter information corresponding to second sub-data in the heterogeneous data layer;
determining standard attribute information of the second sub data in normal data dimension according to the parameter information;
Determining linear abstract feature representation of heterogeneous data in cloud desktop data according to standard attribute information of the second sub data in normal data dimension;
generating a storage benefit matrix of the heterogeneous data in the cloud desktop data according to the linear abstract feature representation of the heterogeneous data;
according to the type of each matrix factor in the storage benefit matrix;
Determining a data tag of heterogeneous data according to the type of each matrix factor;
detecting gateway information of the user terminal corresponding to each cloud desktop data, and determining an encapsulation form of the cloud desktop data corresponding to each user terminal based on the gateway information and a data tag of heterogeneous data;
And encapsulating the cloud desktop data of the user terminal by using an encapsulation form of the cloud desktop data corresponding to each user, and preparing mapping work after encapsulation is finished.
8. A cloud desktop system management and control system, the system comprising:
the determining module is used for determining the priority of each user terminal according to the connection application sent by different user terminals;
The acquisition module is used for acquiring the configuration information of each user terminal according to the priority ordering result;
The deployment module is used for deploying the adaptive cloud desktop system client for each user terminal based on the configuration information of the user terminal;
The distribution module is used for distributing reasonable system resources to the user terminals corresponding to the cloud desktop system clients according to the working states of the user terminals;
The deployment module is used for deploying an adaptive cloud desktop system client for each user terminal based on the configuration information of the user terminal, and comprises the following steps:
determining a target operating system of each user terminal according to the configuration information of the user terminal;
Screening a first cloud desktop client with optimal adaptation degree from a preset client database according to a target operating system of each user terminal;
obtaining a test operation result of each user terminal for the adaptive first cloud desktop client, and evaluating the compatibility between the user terminal and the corresponding first cloud desktop client according to the test operation result;
reselecting a second desktop client with the same type as the first cloud desktop client to replace the first cloud desktop client by a target user terminal with the compatibility of lower-middle and lower-middle;
and deploying the first cloud desktop client and the second desktop client to corresponding user terminals.
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Citations (7)
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